Most of the pipeline systems of various purposes (gas, heat supply, water, sewerage) in Ukraine today have reached a significant degree of wear and tear and are in an unsatisfactory condition, which is a threat to both safety and ecology. The complexity, mass, and high cost of repair work necessitate the study and implementation of modern world experience, effective and economical technologies. In recent decades, many developed countries have made a transition from trenchless pipeline repair technologies to trenchless, both local repair and renovation of long sections of underground pipelines. Therefore, the purpose of the article is to review trenchless pipeline renovation technologies, to determine their capabilities, scope of application, advantages and disadvantages. The expediency of using trenchless technologies for the restoration of worn, defective sections of pipeline systems in hard-to-reach places, in urban conditions, is substantiated. The procedure for preparing pipelines for intra-pipe restoration (cleaning of the inner wall, intra-pipe inspection) is considered, the methods and principle of operation of various special devices used for this purpose are described. An overview and analysis of the currently existing trenchless technologies for renovation of pipelines was carried out. Attention is focused on the two most common trenchless methods - sprayapplied pipe lining, which consists in applying a coating of polymer materials inside the pipe, and cured-in-place pipe, which consists in reinforcing the inner surface of the pipeline with a special tube. Features, scope of application, possibilities, advantages and disadvantages of each of the methods are specified, problems that can be solved in case of their further development are outlined. Particular attention is focused on the materials used, the positive and negative properties of each of them, the scope of application are emphasized. The technology of performing work on the restoration of pipelines and their elements using the SAPL and CIPP methods is described, the principle of operation of the special equipment used for this purpose is highlighted. The technology of work performance in the case of the application of these methods is described, the principle of operation of the special equipment used for this purpose is highlighted. The performed review and analysis increases the level of awareness, makes it possible to orientate in decision-making regarding the choice of technologies, methods of work, materials, equipment for trenchless restoration of pipelines and their elements, to realize the significant potential of these technologies